Appendix D. Predictions of the reliance of focal predators on source habitats derived using Bayesian isotope mixing models parameterized with different fractionation values.

Appendix B. Six figures showing results of prey invasibility assays, example model dynamics, model predictions, and population dynamics for all experimental treatments and replicates.

Christopher F. Steiner (109109)
Christopher A. Klausmeier (2915993)
Elena Litchman (413857)

August 2016

Six figures showing results of prey invasibility assays, example model dynamics, model predictions, ...

1MASS BALANCE MODELS FOR ANIMAL ISOTOPIC ECOLOGY

Carlos Martínez Del Rio
Blair O. Wolf

December 2014

The analysis of natural stable isotope ratios has created a methodological upheaval in animal ecolog...

Appendix B. Detailed isotope mixing model outputs and tabulated fatty acid profiles for sources and consumers.

Timothy D. Jardine (421183)
Ryan Woods (2551432)
Jonathan Marshall (1859155)
James Fawcett (2930118)
Jaye Lobegeiger (2930115)
Dominic Valdez (2551435)
Martin J. Kainz (155703)

August 2016

Detailed isotope mixing model outputs and tabulated fatty acid profiles for sources and consumers

Appendix B. Stable-isotope analysis of lizard tails, leaves and seaweed, and estimation of percentage of marine-based prey consumed by lizards using mixing models.

David A. Spiller (2916410)
Jonah Piovia-Scott (2920995)
Amber N. Wright (2920989)
Louie H. Yang (145951)
Gaku Takimoto (147135)
Thomas W. Schoener (2920992)
Tomoya Iwata (546182)

August 2016

Stable-isotope analysis of lizard tails, leaves and seaweed, and estimation of percentage of marine-...

Appendix A. A figure showing response of the dynamical model to the changes in the competition coefficients or the apparent competition coefficients for the fox and skunk as conferred by the isotopic analysis, a scatterplot matrix of distribution histograms, and a table showing stable carbon and nitrogen isotope abundance of various species on Santa Cruz Island, California, USA.

Stéphane Caut (65904)
Gary W. Roemer (370550)
C. Josh Donlan (341482)
Franck Courchamp (90973)

August 2016

A figure showing response of the dynamical model to the changes in the competition coefficients or t...

Merging resource availability with isotope mixing models: the role of neutral interaction assumptions.

Justin D Yeakel
Mark Novak
Paulo R Guimarães
Nathaniel J Dominy
Paul L Koch
Eric J Ward
Jonathan W Moore
Brice X Semmens

Bayesian mixing models have allowed for the inclusion of uncertainty and prior information in the an...

Merging Resource Availability with Isotope Mixing Models: The Role of Neutral Interaction Assumptions

YEAKEL, Justin D.
NOVAK, Mark
GUIMARAES JR., Paulo R.
DOMINY, Nathaniel J.
KOCH, Paul L.
WARD, Eric J.
MOORE, Jonathan W.
SEMMENS, Brice X.

January 2011

Background: Bayesian mixing models have allowed for the inclusion of uncertainty and prior informati...

Illustration of the expected relationship between stable isotope values of a predator and its’ prey in mixing space [27,28], employing the Bayesian approach of Jackson et al. [29], centered on multivariate ellipse based metrics.

Jill A. Olin (473498)
Nigel E. Hussey (227897)
Alice Grgicak-Mannion (473499)
Mark W. Fritts (473500)
Sabine P. Wintner (463080)
Aaron T. Fisk (473501)

October 2013

In choosing discrimination factor (∆15N and ∆13C) values, it would be expec...

Appendix A. Units of each predator species included in single and multiple species treatments at low, medium, and high abundance.

Georgianne J. K. Griffiths (2916407)
Andrew Wilby (440555)
Michael J. Crawley (691032)
Matthew B. Thomas (207703)

August 2016

Units of each predator species included in single and multiple species treatments at low, medium, an...

Merging resource availability with isotope mixing models: the role of neutral interaction assumptions

Justin D. Yeakel
Mark Novak
Paulo R. Guimarães
Nathaniel J. Dominy
Paul L. Koch
Eric J
Jonathan W. Moore
Brice X. Semmens

January 2011

Background: Bayesian mixing models have allowed for the inclusion of uncertainty and prior informati...

Appendix A. Figuresand tables showing the absolute biomass of organisms, the effect of latitudinal location, the relative biomass of predator species, habitat complexity, listing all species and statistical results.

Jana S. Petermann (244274)
Vinicius F. Farjalla (137364)
Merlijn Jocque (170221)
Pavel Kratina (702924)
A. Andrew M. MacDonald (702926)
Nicholas A. C. Marino (702925)
Paula M. de Omena (2928714)
Gustavo C. O. Piccoli (2928717)
Barbara A. Richardson (2928711)
Michael J. Richardson (307418)
Gustavo Q. Romero (217663)
Martin Videla (2928708)
Diane S. Srivastava (135453)

August 2016

Figuresand tables showing the absolute biomass of organisms, the effect of latitudinal location, the...

Appendix A. A size-structured predator–prey model with two ontogenetic niche shifts in the predator: details of model variables, parameters, and functions.

A. van Leeuwen (2927979)
M. Huss (2927985)
A. Gårdmark (2927982)
A. M. de Roos (2915723)

August 2016

A size-structured predator–prey model with two ontogenetic niche shifts in the predator: details of ...

Evaluating Bayesian stable isotope mixing models of wild animal diet and the effects of trophic discrimination factors and informative priors

Swan, George
Bearhop, Stuart
Redpath, Steve
Silk, Matthew
Goodwin, Cecily
Inger, Richard
McDonald, Robbie

October 2020

1. Ecologists quantify animal diets using direct and indirect methods, including analysis of faeces,...

Bayesian estimation of predator diet composition from fatty acids and stable isotopes

Philipp Neubauer
Olaf P. Jensen

April 2015

Quantitative analysis of stable isotopes (SI) and, more recently, fatty acid profiles (FAP) are usef...

Appendix H. Predicted selection probabilities in relation to the habitat type established islands, log-prey density, and temperature, separately by species and scale.

Lukas Indermaur (2907701)
Thomas Winzeler (2918732)
Benedikt R. Schmidt (193795)
Klement Tockner (697858)
Michael Schaub (80488)

August 2016

Predicted selection probabilities in relation to the habitat type established islands, log-prey dens...

Appendix B. Six figures showing results of prey invasibility assays, example model dynamics, model predictions, and population dynamics for all experimental treatments and replicates.

Christopher F. Steiner (109109)
Christopher A. Klausmeier (2915993)
Elena Litchman (413857)

August 2016

Six figures showing results of prey invasibility assays, example model dynamics, model predictions, ...

1MASS BALANCE MODELS FOR ANIMAL ISOTOPIC ECOLOGY

Carlos Martínez Del Rio
Blair O. Wolf

December 2014

The analysis of natural stable isotope ratios has created a methodological upheaval in animal ecolog...

Appendix B. Detailed isotope mixing model outputs and tabulated fatty acid profiles for sources and consumers.

Timothy D. Jardine (421183)
Ryan Woods (2551432)
Jonathan Marshall (1859155)
James Fawcett (2930118)
Jaye Lobegeiger (2930115)
Dominic Valdez (2551435)
Martin J. Kainz (155703)

August 2016

Detailed isotope mixing model outputs and tabulated fatty acid profiles for sources and consumers

Appendix B. Stable-isotope analysis of lizard tails, leaves and seaweed, and estimation of percentage of marine-based prey consumed by lizards using mixing models.

David A. Spiller (2916410)
Jonah Piovia-Scott (2920995)
Amber N. Wright (2920989)
Louie H. Yang (145951)
Gaku Takimoto (147135)
Thomas W. Schoener (2920992)
Tomoya Iwata (546182)

August 2016

Stable-isotope analysis of lizard tails, leaves and seaweed, and estimation of percentage of marine-...

Appendix A. A figure showing response of the dynamical model to the changes in the competition coefficients or the apparent competition coefficients for the fox and skunk as conferred by the isotopic analysis, a scatterplot matrix of distribution histograms, and a table showing stable carbon and nitrogen isotope abundance of various species on Santa Cruz Island, California, USA.

Stéphane Caut (65904)
Gary W. Roemer (370550)
C. Josh Donlan (341482)
Franck Courchamp (90973)

August 2016

A figure showing response of the dynamical model to the changes in the competition coefficients or t...

Merging resource availability with isotope mixing models: the role of neutral interaction assumptions.

Justin D Yeakel
Mark Novak
Paulo R Guimarães
Nathaniel J Dominy
Paul L Koch
Eric J Ward
Jonathan W Moore
Brice X Semmens

Bayesian mixing models have allowed for the inclusion of uncertainty and prior information in the an...

Merging Resource Availability with Isotope Mixing Models: The Role of Neutral Interaction Assumptions

YEAKEL, Justin D.
NOVAK, Mark
GUIMARAES JR., Paulo R.
DOMINY, Nathaniel J.
KOCH, Paul L.
WARD, Eric J.
MOORE, Jonathan W.
SEMMENS, Brice X.

January 2011

Background: Bayesian mixing models have allowed for the inclusion of uncertainty and prior informati...

Illustration of the expected relationship between stable isotope values of a predator and its’ prey in mixing space [27,28], employing the Bayesian approach of Jackson et al. [29], centered on multivariate ellipse based metrics.

Jill A. Olin (473498)
Nigel E. Hussey (227897)
Alice Grgicak-Mannion (473499)
Mark W. Fritts (473500)
Sabine P. Wintner (463080)
Aaron T. Fisk (473501)

October 2013

In choosing discrimination factor (∆15N and ∆13C) values, it would be expec...

Appendix A. Units of each predator species included in single and multiple species treatments at low, medium, and high abundance.

Georgianne J. K. Griffiths (2916407)
Andrew Wilby (440555)
Michael J. Crawley (691032)
Matthew B. Thomas (207703)

August 2016

Units of each predator species included in single and multiple species treatments at low, medium, an...

Merging resource availability with isotope mixing models: the role of neutral interaction assumptions

Justin D. Yeakel
Mark Novak
Paulo R. Guimarães
Nathaniel J. Dominy
Paul L. Koch
Eric J
Jonathan W. Moore
Brice X. Semmens

January 2011

Background: Bayesian mixing models have allowed for the inclusion of uncertainty and prior informati...

Appendix A. Figuresand tables showing the absolute biomass of organisms, the effect of latitudinal location, the relative biomass of predator species, habitat complexity, listing all species and statistical results.

Jana S. Petermann (244274)
Vinicius F. Farjalla (137364)
Merlijn Jocque (170221)
Pavel Kratina (702924)
A. Andrew M. MacDonald (702926)
Nicholas A. C. Marino (702925)
Paula M. de Omena (2928714)
Gustavo C. O. Piccoli (2928717)
Barbara A. Richardson (2928711)
Michael J. Richardson (307418)
Gustavo Q. Romero (217663)
Martin Videla (2928708)
Diane S. Srivastava (135453)

August 2016

Figuresand tables showing the absolute biomass of organisms, the effect of latitudinal location, the...

Appendix A. A size-structured predator–prey model with two ontogenetic niche shifts in the predator: details of model variables, parameters, and functions.

A. van Leeuwen (2927979)
M. Huss (2927985)
A. Gårdmark (2927982)
A. M. de Roos (2915723)

August 2016

A size-structured predator–prey model with two ontogenetic niche shifts in the predator: details of ...

Evaluating Bayesian stable isotope mixing models of wild animal diet and the effects of trophic discrimination factors and informative priors

Swan, George
Bearhop, Stuart
Redpath, Steve
Silk, Matthew
Goodwin, Cecily
Inger, Richard
McDonald, Robbie

October 2020

1. Ecologists quantify animal diets using direct and indirect methods, including analysis of faeces,...

Bayesian estimation of predator diet composition from fatty acids and stable isotopes

Philipp Neubauer
Olaf P. Jensen

April 2015

Quantitative analysis of stable isotopes (SI) and, more recently, fatty acid profiles (FAP) are usef...

Appendix H. Predicted selection probabilities in relation to the habitat type established islands, log-prey density, and temperature, separately by species and scale.

Lukas Indermaur (2907701)
Thomas Winzeler (2918732)
Benedikt R. Schmidt (193795)
Klement Tockner (697858)
Michael Schaub (80488)

August 2016

Predicted selection probabilities in relation to the habitat type established islands, log-prey dens...

Appendix B. Six figures showing results of prey invasibility assays, example model dynamics, model predictions, and population dynamics for all experimental treatments and replicates.

Christopher F. Steiner (109109)
Christopher A. Klausmeier (2915993)
Elena Litchman (413857)

August 2016

Six figures showing results of prey invasibility assays, example model dynamics, model predictions, ...

1MASS BALANCE MODELS FOR ANIMAL ISOTOPIC ECOLOGY

Carlos Martínez Del Rio
Blair O. Wolf

December 2014

The analysis of natural stable isotope ratios has created a methodological upheaval in animal ecolog...

Appendix B. Detailed isotope mixing model outputs and tabulated fatty acid profiles for sources and consumers.

Timothy D. Jardine (421183)
Ryan Woods (2551432)
Jonathan Marshall (1859155)
James Fawcett (2930118)
Jaye Lobegeiger (2930115)
Dominic Valdez (2551435)
Martin J. Kainz (155703)

August 2016

Detailed isotope mixing model outputs and tabulated fatty acid profiles for sources and consumers

Appendix D. Predictions of the reliance of focal predators on source habitats derived using Bayesian isotope mixing models parameterized with different fractionation values.

Abstract

Extracted data

Appendix D. Predictions of the reliance of focal predators on source habitats derived using Bayesian isotope mixing models parameterized with different fractionation values.

Abstract

Extracted data

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